Technical Q&A

In the application of air compressors, the issue of compressor exhaust has always been a major concern for users.

Oil-injected compressors have a higher oil content, while oil-free compressors have extremely low oil content, typically around 0.01ppm, making them truly oil-free.

Frequent loading and unloading means that the screw air compressor has a very short interval from loading to unloading, and this cycle is frequent.

If an air compressor experiences oil carryover, it not only causes environmental pollution but also contaminates post-treatment process equipment such as dryers and precision filters. Additionally, it affects product quality and can lead to varying degrees of damage to production line equipment. Therefore, it is necessary to understand the reasons and solutions of high oil consumption in screw compressors.

The installation of a screw air compressor can be divided into four aspects: environmental requirements, ground placement requirements, piping installation, and electrical safety considerations.

An air compressor is a versatile device used in various industries for generating compressed air. It is important to understand the basic structure of an air compressor to effectively operate and maintain it. This knowledge also aids in troubleshooting and optimizing performance. In this article, we will explore the fundamental components that make up the basic structure of an air compressor.